Quantum computing is often described as the technology that could change everything. Instead of working with zeros and ones, quantum computers use qubits that can exist in multiple states at once. This allows them to perform extremely complex calculations: from optimizing global logistics to speeding up drug discovery or running financial simulations.
In recent years, interest in quantum technology has grown rapidly. Universities, startups, and tech giants around the world are investing heavily in research and development. Companies like QuantWare and Qblox are building quantum chips and control systems, while IBM and Google are racing to achieve quantum advantage, the point where quantum computers outperform classical ones. Even investment funds such as Quantonation now focus entirely on quantum startups. It’s clear that a new industry is emerging and with it, creative business models that try to make quantum more accessible.
One company leading that charge is QCentroid, a Spanish startup founded in 2022. Instead of building its own hardware, QCentroid offers Quantum-as-a-Service (QaaS). It has build a cloud platform that allows businesses to develop and test quantum applications without investing in expensive equipment. Through intuitive no-code tools, even users without deep technical knowledge can run quantum algorithms. The platform also includes a marketplace where developers can share or sell ready-made solutions, essentially an “App Store” for quantum computing.
What I find most interesting is how this model changes the rules of the game. Much like cloud computing did for IT, QCentroid shifts the focus from ownership to access. Companies no longer need to buy hardware, they can simply rent quantum power when needed. This not only makes the technology more affordable but also more inclusive, opening the door for mid-sized firms and researchers to join the quantum revolution.
To me, QCentroid shows how IT can go beyond supporting innovation, it can actively disrupt and reshape markets and industries. By making access scalable and knowledge shareable, it represents exactly the kind of IT-enabled transformation that defines digital disruption today. The big question remains: will Quantum-as-a-Service grow fast enough to prove its value before quantum hardware becomes widely available? Either way, the future of quantum is closer than we think.
When I first learned a bit about quantum computing in high school, it felt completely out of reach, too abstract, too technical, and reserved for physicists and mathematicians. Hearing about platforms like QCentroid is therefore so refreshing. Making quantum accessible through no-code interfaces feels like a real breakthrough, especially for those of us who find the field intimidating. It’s encouraging to see tools that lower the barrier to entry and open up possibilities for people and businesses without deep technical backgrounds. I’m curious to see how this shift will shape the future of quantum.
Really interesting post! I like how you compared QCentroid’s model to cloud computing, it makes the idea much easier to picture. The no-code tools and marketplace sound like they could make quantum feel less “out of reach,” especially for people or companies that don’t have deep tech knowledge.
It also reminds me of what IBM is doing with its own quantum cloud services. The difference is that IBM is tightly connected to its hardware, while QCentroid focuses only on access. I do wonder though, if quantum hardware develops faster than expected, will companies still use a platform like this or just go straight to providers like IBM?
What an interesting and refreshing post. Even though I’m not very familiar with quantum computing, I did know that it is very expensive and the research and development race in on full strength right know. To see that there already are startups that provide Quantum as a Service is very refreshing and cool to read. I really believe that in the (near) future our society will mostly depend on subscription business models and more service related than just a one time product investment. Only time will tell if it will outrun the quantum hardware that might be available in the future, but I have much faith in the QaaS model!